A conventional air defense network consists of a rigid centralised hierarchical structure that guarantees the convergence of individual operational actions in a critical air defense battle. Although there are sophisticated proposals for developing decentralised air defense networks, they often suffer massive data/information traffic and high risk of operational failure. In this paper, we propose a cognitive model for a meaningful convergent composition of individual actions for the collective realisation of an operational intention. We then propose and explain the structure and software architecture of a cognitive interaction platform to support the interactive realisation of an air defense operation. Such a platform is called a Razmayeshgah-e Araye-i for air defense operation. This platform can support the emergence of various air defense command and control structures and networks in different operational situations. This is achieved by helping the agents in the battlefield with hints for a meaningful distribution and aggregation of their operational actions.
Fesharaki M, hl[nd M. A Decentralised Cognitive Razmayeshgah-e Araye-i Platform for Air Defense. C4I Journal 2021; 5 (1) :1-18 URL: http://ic4i-journal.ir/article-1-272-en.html